| 11. | Colleagues at UC Berkeley were better able to utilize the black body radiation and more accurately measure the temperature.
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| 12. | To see this consider a small ball of radius r placed inside the encolsure filled with black body radiation.
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| 13. | According to the black body radiation law, all objects with temperature greater than absolute zero emit IR radiation.
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| 14. | :: : : IR is related to black body radiation, in that bodies at room tempuarture emit IR radiation.
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| 15. | If you simply stop the nuclear reactions, the Sun will still be very hot and still radiating black body radiation.
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| 16. | The crucial early experiments that supported the photon hypothesis were the spectrum of black body radiation, and the photoelectric effect.
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| 17. | Maybe it's about black body radiation ? Keenan Pepper 03 : 42, 15 February 2008 ( UTC)
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| 18. | Now, this is where "'Debye model "'and Planck's law of black body radiation differ.
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| 19. | A more-complete derivation of black body radiation would yield a fully continuous and'wave-like'electromagnetic field with no quantization.
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| 20. | When Max Planck later formulated the correct black body radiation function it did not include Wien's constant " b " explicitly.
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